The number of liters of blood your heart pumps in a fixed time interval
What is Cardiac Output?
100
A particle starts at x=0 and moves along the x-axis with velocity v(t)=5 for time t≥0. Where is the particle at t=4?
What is t=20?
200
The method of approximating a definite integral over an interval using the function values at the midpoints of the sub intervals determined by partition.
What is MRAM?
200
Formula: V=4/3πr^3
What is Volume of a Sphere
200
A particle starts at x=0 and moves along the x-axis with velocity v(t)=t^2+1 for time t≥0. Where is the particle at t=4. Approximate the area under the curve using four rectangles of equal width and heights determined by using MRAM.
What is x≃25?
300
The method of approximating a definite integral over an interval using the function values at the left-hand endpoints of the sub intervals determined by partition.
What is LRAM?
300
What we use to approximate irregular-shaped regions
What is Approximation by Rectangles?
300
An LRAM sum with 4 equal subdivisions is used to approximate the area under the sin curve from x=0 to x=∏. What is the approximation?
What is π/2 (0+ √2/2+ 1+√2/2)?
400
The method of approximating a definite integral over an interval using the function values at the right-hand endpoints of the sub intervals determined by partition.
What is RRAM?
400
an integrated measurement to find the number on a closed interval
What is Area Under Curve
400
Use RAM to estimate the area of the region enclosed between the graph of "f" and the x-axis for a≤x≤b; f(x)=x^2-x+3, a=0, b=3.
What is 13.5? (using MRAM)
500
a branch of math that deals with the application of derivatives and differentials.
What is Differential Calculus?
500
The integral of the absolute value of a velocity function with respect to time.
What is Distance Traveled (from velocity)?
500
Use RAM to estimate the area of the region enclosed between the graph of "f" and the x-axis for a≤x≤b; f(x)=e^(〖-x〗^2 ), a=0, b=2.